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+# FAQ
+## 1) How come I can read an old version of the data when a majority of the members are down?  
+
+In situations where a client connects to a minority, etcd
+favors by default availability over consistency. This means that even though
+data might be “out of date”, it is still better to return something versus
+nothing. 
+
+In order to confirm that a read is up to date with a majority of the cluster,
+the client can use the `quorum=true` parameter on reads of keys. This means
+that a majority of the cluster is checked on reads before returning the data,
+otherwise the read will timeout and fail.
+
+## 2) With quorum=false, doesn’t this mean that if my client switched the member it was connected to, that it could experience a logical ordering where the cluster goes backwards in time? 
+
+Yes, but this could be handled at the etcd client implementation via
+remembering the last seen index. The “index” is the cluster's single
+irrevocable sequence of the entire modification history. The client could
+remember the last seen index, and determine via comparing the index returned on
+the GET whether or not the state of the key-value pair is before or after its
+last seen state. 
+
+## 3) What happens if a watch is registered on a minority member? 
+
+The watch will stay untriggered, even as modifications are occurring in the
+majority quorum. This is an open issue, and is being addressed in v3. There are
+multiple ways to work around the watch trigger not firing. 
+
+1) build a signaling mechanism independent of etcd. This could be as simple as
+a “pulse” to the client to reissue a GET with quorum=true for the most recent
+version of the data. 
+   
+2) poll on the `/v2/keys` endpoint and check that the raft-index is increasing every
+timeout. 
+
+## 4) What is a proxy used for? 
+
+A proxy is a redirection server to the etcd cluster. The proxy handles the
+redirection of a client to the current configuration of the etcd cluster. A
+typical usecase is to start a proxy on a machine, and on first boot up of the
+proxy specify both the `--proxy` flag and the `--initial-cluster` flag. 
+
+From there, any etcdctl client that starts up automatically speaks to the local
+proxy and the proxy redirects operations to the current configuration of the
+cluster it was originally paired with. 
+
+In the v2 spec of etcd, proxies cannot be promoted to members of the cluster.
+They also cannot be promoted to followers or at any point become part of the
+replication of the etcd cluster itself. 
+
+## 5) How is cluster membership and health handled in etcd v2? 
+
+The design goal of etcd is that reconfiguration is simply an API, and health
+monitoring and addition/removal of members is up to the individual application
+and their integration with the reconfiguration API. 
+
+Thus, a member that is down, even infinitely, will never be automatically
+removed from the etcd cluster member list. 
+
+This makes sense because its usually an application level / administrative
+action to determine whether a reconfiguration should happen based on health. 
+
+For more information, refer to [Documentation/runtime-reconfiguration.md].
+
+## 6) how does --peers work with etcdctl? 
+
+The `--peers` flag can specify any number of etcd cluster members in a comma
+separated list. This list might be a subset, equal to, or more than the actual
+etcd cluster member list itself. 
+
+If only one peer is specified via the `--peers` flag, the etcdctl discovers the
+rest of the cluster via the member list of that one peer, and then it randomly
+chooses a member to use.  Again, the client can use the `quorum=true` flag on
+reads, which will always fail when using a member in the minority. 
+
+If peers from multiple clusters are specified via the `--peers` flag, etcdctl
+will randomly choose a peer, and the request will simply get routed to one of
+the clusters. This is probably not what you want. 
+
+